Patented IP • Ready to License

Re-engineering the Future of Athletic Traction

A revolutionary, patented turntable cleat system engineered to dramatically decrease rotational stress on the ACL/MCL — without compromising the lateral stability or explosive traction elite athletes demand.

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Non-contact knee injury - Washington
Non-contact knee injury - GA
The Problem

The Problem: Cleats Maximize Traction but there's a Cost.

Fixed studs create high torsional resistance, making non-contact ACL/MCL tears an epidemic in soccer, football, and lacrosse. The same traction a player values becomes his worst enemy

Non-contact ACL tear — the foot sticks while the body rotates, creating dangerous torque on the knee.

250K+
Number of ACL Injuries / Year (US)
~ 70%
Are Non-Contact injuries
+25.9%
Between 2007 and 2022 ACL injuries to High School athletes have increased by more than 25% as students vie for scholarships and practice a single sport year-round, chronically stressing the same muscles and joints.
449 and 1,250
Number of ACL and MCL tears (respectively) suffered ny NFL Players between 2016 and 2026
$124,600,000
Estimated league-wide costs of ACL and MCL-related injuries to NFL players in 2024-2025 season
Co-ed athlete knee injury
2.7x
Likelihood of Female Soccer players to sustain a knee injury vs men at the same level of play.
European soccer player knee injuries
The Solution

The Rotors Turntable System

A precision-engineered turntable on the ball of the foot that allows natural rotation during rapid cutting — instantly releasing, rather than grabbing, the turf.

Rotors shoe system with colored gears
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Dynamic Biomechanical Performance

Facilitates natural kinetic chain alignment during high-velocity pivots, actively minimizing rotational torque transferred to the knee joint during high-impact maneuvers.

⚖

Seamless Integration

Designed as a modular cleat plate assembly, engineered to integrate into existing performance franchises (Nike Mercurial, Adidas Predator, Puma Future) with minimal tooling disruption.

★

Zero Performance Compromise

Provides superior traction during acceleration while enabling "disengagement" protection during rotation. Athletes play with higher confidence and less fatigue.

Technology

Engineered Precision

From 3D CAD to functional prototypes — the Rotors system is fully developed and patent-protected.

Rotors Full Sole 3D CAD Model 🔍

Full Sole Assembly — 3D CAD

Complete cleat plate with the Rotors turntable integrated at the ball of the foot. Shows the full sole architecture including fixed studs at the heel and the rotational mechanism at the forefoot.

Rotors Cleat - Profile View 🔍

Rotors Cleat — Profile View

The Rotors cleat from the side, showing the integrated turntable system flush-mounted in the sole. Designed for seamless aesthetics and elite-level performance.

Rotors 3D CAD Detail 🔍

Turntable Mechanism — 3D Model

Detailed CAD rendering of the rotor gear with cone-shaped interchangeable studs. The gear teeth interact with the torque-dampening system to control rotational resistance.

Rotor Cog Assembly 🔍

Cog Assembly — Prototype

3D-printed functional prototype showing the rotor with cleat studs, gear teeth around the circumference, and the central screw mounting system that secures it to the sole plate.

Patent Figure - Rotor in Sole 🔍

Patent Figure — Rotor in Sole

Technical drawing from US Patent 11,388,947 B1 showing the rotor assembly (11) with cleat members (15), gear teeth (13), and the compressible torque-dampening device (21) that controls rotation.

Multiple Rotor Configurations 🔍

Multiple Rotor Configurations

Interchangeable rotor system shown with different colors representing different torque settings and stud configurations. The cleat can be reconfigured in seconds to match field conditions and athlete needs.

Blue Rotor on Cleat 🔍

Integrated Rotor — Cleat Profile

Side view of the Rotors cleat showing the blue turntable mounted flush in the forefoot. The "R" branding is visible on the upper. Demonstrates how the rotor integrates seamlessly into the sole without adding bulk.

Push Pin Mechanism Detail 🔍

Stud Retention Detail

Close-up showing how individual studs lock into the rotor gear using a push-pin retention system. This allows athletes to swap stud shapes (blade, cone, or Grabber™) without tools.

Factory Spec Sheet 🔍

Manufacturing Specification

Factory sample sheet from the production partner showing material callouts (kangaroo leather upper), color specifications, insole details, and the "R" branding placement for the prototype cleat.

See It In Action

Rotors Technology Demonstrations

Watch the turntable mechanism in motion — from controlled clicks to real-world rotation.

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Coin Replace Demonstration

Watch the interchangeable rotor system in action — rotors swap out in seconds using a simple coin tool, allowing athletes to switch configurations between halves or before a match based on field conditions.

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Click Mechanism

Hear the audible click feedback as the rotor engages with the torque-dampening gear teeth. Each click represents a controlled resistance point that limits rotation to a safe range.

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Rotor Click — Production Sample

Factory-produced rotor from the manufacturing partner demonstrating the same precision click engagement as the prototype — confirming production-readiness of the mechanism.

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Snow Pirouette

Real-world demonstration of rotational freedom on a natural surface. The rotor allows a full pirouette turn while the studs remain planted — exactly the motion that would tear an ACL in a fixed-stud cleat.

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Bend Tabs

Demonstrates the flexible stud tab system — studs can flex under load to absorb lateral forces, adding another layer of protection beyond the rotational turntable.

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Rotor Assembly Demo

Full walkthrough showing how the rotor, studs, and dampening system assemble into the sole plate. Highlights the modular design that enables easy servicing and customization.

The Platform

The First All-in-One Fully Customizable System

Rotors is the first platform that is fully customizable to the athlete's conditions at a specific moment. The system can be altered across three dimensions:

  • ↻

    Torque Resistance

    Adjustable to match how tight the player's ligaments and tendons are that day. Fatigued athletes get more rotational freedom.

  • ↕

    Stud Length

    Adaptable to field conditions — whether it's freezing, raining, or a firm dry pitch.

  • ◆

    Stud Shape

    Blade, cone, or Grabber™ moveable cleat shape — configurable for sport and surface.

Multiple Rotor Configurations
Strategic Fit

Aligned with Industry Leaders

This technology maps directly to the innovation strategies of the world's top athletic brands.

Nike

"The Sport Offense" • Athlete-Centered Innovation

  • Aligns with unified innovation engine strategy
  • Integrates into Mercurial franchise
  • Powered Footwear positioning
  • Athlete-centered design philosophy

Adidas

"Own the Game" • Strategic IP Focus

  • Quality over quantity IP strategy
  • High-value, enforceable patent acquisition
  • Predator franchise integration
  • Strategic competitive moat

Puma

"Forever Faster" • Pushing Boundaries

  • Ultimate agility positioning
  • Radical redesign opportunity
  • Future franchise integration
  • Boundary-pushing innovation
Intellectual Property Opportunity

This Is Not a Product Pitch.

Cleats Have a Design Flaw. We Fixed It.

We are seeking a licensing partnership with a market leader. This patented technology offers a turnkey, royalty-based licensing or full IP acquisition — allowing your brand to lead the next generation of injury-preventative footwear without the R&D lead time.

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First football game - Rutgers 1869

"Since Rutgers played the first college football game in 1869, cleat technology has evolved to maximize traction. But the fundamental problem — a fixed foot on a turning body — remains unsolved. Until now."